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SHAPE =
💡 Reflection on a coordinate grid: use the line of reflection and count the same number of squares on the opposite side.
If the line is x = something, it is a vertical line.
If the line is y = something, it is a horizontal line.
Pick a corner nearest to the line of reflection first.
Count how many squares it is from the line, then count the same number on the other side.
Check another corner to make sure the whole shape matches.


SHAPE =
💡 Reflection on a coordinate grid: use the line of reflection and count the same number of squares on the opposite side.
If the line is x = something, it is a vertical line.
If the line is y = something, it is a horizontal line.
Pick a corner nearest to the line of reflection first.
Count how many squares it is from the line, then count the same number on the other side.
Check another corner to make sure the whole shape matches.


SHAPE =
💡 Reflection on a coordinate grid: use the line of reflection and count the same number of squares on the opposite side.
If the line is x = something, it is a vertical line.
If the line is y = something, it is a horizontal line.
Pick a corner nearest to the line of reflection first.
Count how many squares it is from the line, then count the same number on the other side.
Check another corner to make sure the whole shape matches.


SHAPE =
💡 Reflection on a coordinate grid: use the line of reflection and count the same number of squares on the opposite side.
If the line is x = something, it is a vertical line.
If the line is y = something, it is a horizontal line.
Pick a corner nearest to the line of reflection first.
Count how many squares it is from the line, then count the same number on the other side.
Check another corner to make sure the whole shape matches.


SHAPE =
💡 Reflection on a coordinate grid: use the line of reflection and count the same number of squares on the opposite side.
If the line is x = something, it is a vertical line.
If the line is y = something, it is a horizontal line.
Pick a corner nearest to the line of reflection first.
Count how many squares it is from the line, then count the same number on the other side.
Check another corner to make sure the whole shape matches.


SHAPE =
💡 Reflection on a coordinate grid: use the line of reflection and count the same number of squares on the opposite side.
If the line is x = something, it is a vertical line.
If the line is y = something, it is a horizontal line.
Pick a corner nearest to the line of reflection first.
Count how many squares it is from the line, then count the same number on the other side.
Check another corner to make sure the whole shape matches.


SHAPE =
💡 Reflection on a coordinate grid: use the line of reflection and count the same number of squares on the opposite side.
If the line is x = something, it is a vertical line.
If the line is y = something, it is a horizontal line.
Pick a corner nearest to the line of reflection first.
Count how many squares it is from the line, then count the same number on the other side.
Check another corner to make sure the whole shape matches.


SHAPE =
💡 Reflection on a coordinate grid: use the line of reflection and count the same number of squares on the opposite side.
If the line is x = something, it is a vertical line.
If the line is y = something, it is a horizontal line.
Pick a corner nearest to the line of reflection first.
Count how many squares it is from the line, then count the same number on the other side.
Check another corner to make sure the whole shape matches.


SHAPE =
💡 Reflection on a coordinate grid: use the line of reflection and count the same number of squares on the opposite side.
If the line is x = something, it is a vertical line.
If the line is y = something, it is a horizontal line.
Pick a corner nearest to the line of reflection first.
Count how many squares it is from the line, then count the same number on the other side.
Check another corner to make sure the whole shape matches.


SHAPE =
💡 Reflection on a coordinate grid: use the line of reflection and count the same number of squares on the opposite side.
If the line is x = something, it is a vertical line.
If the line is y = something, it is a horizontal line.
Pick a corner nearest to the line of reflection first.
Count how many squares it is from the line, then count the same number on the other side.
Check another corner to make sure the whole shape matches.


SHAPE =
💡 Reflection on a coordinate grid: use the line of reflection and count the same number of squares on the opposite side.
If the line is x = something, it is a vertical line.
If the line is y = something, it is a horizontal line.
Pick a corner nearest to the line of reflection first.
Count how many squares it is from the line, then count the same number on the other side.
Check another corner to make sure the whole shape matches.


SHAPE =
💡 Reflection on a coordinate grid: use the line of reflection and count the same number of squares on the opposite side.
If the line is x = something, it is a vertical line.
If the line is y = something, it is a horizontal line.
Pick a corner nearest to the line of reflection first.
Count how many squares it is from the line, then count the same number on the other side.
Check another corner to make sure the whole shape matches.


SHAPE =
💡 Reflection on a coordinate grid: use the line of reflection and count the same number of squares on the opposite side.
If the line is x = something, it is a vertical line.
If the line is y = something, it is a horizontal line.
Pick a corner nearest to the line of reflection first.
Count how many squares it is from the line, then count the same number on the other side.
Check another corner to make sure the whole shape matches.


SHAPE =
💡 Reflection on a coordinate grid: use the line of reflection and count the same number of squares on the opposite side.
If the line is x = something, it is a vertical line.
If the line is y = something, it is a horizontal line.
Pick a corner nearest to the line of reflection first.
Count how many squares it is from the line, then count the same number on the other side.
Check another corner to make sure the whole shape matches.


SHAPE =
💡 Reflection on a coordinate grid: use the line of reflection and count the same number of squares on the opposite side.
If the line is x = something, it is a vertical line.
If the line is y = something, it is a horizontal line.
Pick a corner nearest to the line of reflection first.
Count how many squares it is from the line, then count the same number on the other side.
Check another corner to make sure the whole shape matches.


SHAPE =
💡 Reflection on a coordinate grid: use the line of reflection and count the same number of squares on the opposite side.
If the line is x = something, it is a vertical line.
If the line is y = something, it is a horizontal line.
Pick a corner nearest to the line of reflection first.
Count how many squares it is from the line, then count the same number on the other side.
Check another corner to make sure the whole shape matches.


SHAPE =
💡 Reflection on a coordinate grid: use the line of reflection and count the same number of squares on the opposite side.
If the line is x = something, it is a vertical line.
If the line is y = something, it is a horizontal line.
Pick a corner nearest to the line of reflection first.
Count how many squares it is from the line, then count the same number on the other side.
Check another corner to make sure the whole shape matches.


SHAPE =
💡 Reflection on a coordinate grid: use the line of reflection and count the same number of squares on the opposite side.
If the line is x = something, it is a vertical line.
If the line is y = something, it is a horizontal line.
Pick a corner nearest to the line of reflection first.
Count how many squares it is from the line, then count the same number on the other side.
Check another corner to make sure the whole shape matches.


SHAPE =
💡 Reflection on a coordinate grid: use the line of reflection and count the same number of squares on the opposite side.
If the line is x = something, it is a vertical line.
If the line is y = something, it is a horizontal line.
Pick a corner nearest to the line of reflection first.
Count how many squares it is from the line, then count the same number on the other side.
Check another corner to make sure the whole shape matches.


SHAPE =
💡 Reflection on a coordinate grid: use the line of reflection and count the same number of squares on the opposite side.
If the line is x = something, it is a vertical line.
If the line is y = something, it is a horizontal line.
Pick a corner nearest to the line of reflection first.
Count how many squares it is from the line, then count the same number on the other side.
Check another corner to make sure the whole shape matches.


SHAPE =
💡 Reflection on a coordinate grid: use the line of reflection and count the same number of squares on the opposite side.
If the line is x = something, it is a vertical line.
If the line is y = something, it is a horizontal line.
Pick a corner nearest to the line of reflection first.
Count how many squares it is from the line, then count the same number on the other side.
Check another corner to make sure the whole shape matches.


SHAPE =
💡 Reflection on a coordinate grid: use the line of reflection and count the same number of squares on the opposite side.
If the line is x = something, it is a vertical line.
If the line is y = something, it is a horizontal line.
Pick a corner nearest to the line of reflection first.
Count how many squares it is from the line, then count the same number on the other side.
Check another corner to make sure the whole shape matches.

]
SHAPE =
💡 Reflection on a coordinate grid: use the line of reflection and count the same number of squares on the opposite side.
If the line is x = something, it is a vertical line.
If the line is y = something, it is a horizontal line.
Pick a corner nearest to the line of reflection first.
Count how many squares it is from the line, then count the same number on the other side.
Check another corner to make sure the whole shape matches.


SHAPE =
💡 Reflection on a coordinate grid: use the line of reflection and count the same number of squares on the opposite side.
If the line is x = something, it is a vertical line.
If the line is y = something, it is a horizontal line.
Pick a corner nearest to the line of reflection first.
Count how many squares it is from the line, then count the same number on the other side.
Check another corner to make sure the whole shape matches.


SHAPE =
💡 Reflection on a coordinate grid: use the line of reflection and count the same number of squares on the opposite side.
If the line is x = something, it is a vertical line.
If the line is y = something, it is a horizontal line.
Pick a corner nearest to the line of reflection first.
Count how many squares it is from the line, then count the same number on the other side.
Check another corner to make sure the whole shape matches.


SHAPE =
💡 Reflection on a coordinate grid: use the line of reflection and count the same number of squares on the opposite side.
If the line is x = something, it is a vertical line.
If the line is y = something, it is a horizontal line.
Pick a corner nearest to the line of reflection first.
Count how many squares it is from the line, then count the same number on the other side.
Check another corner to make sure the whole shape matches.


SHAPE =
💡 Reflection on a coordinate grid: use the line of reflection and count the same number of squares on the opposite side.
If the line is x = something, it is a vertical line.
If the line is y = something, it is a horizontal line.
Pick a corner nearest to the line of reflection first.
Count how many squares it is from the line, then count the same number on the other side.
Check another corner to make sure the whole shape matches.


SHAPE =
💡 Reflection on a coordinate grid: use the line of reflection and count the same number of squares on the opposite side.
If the line is x = something, it is a vertical line.
If the line is y = something, it is a horizontal line.
Pick a corner nearest to the line of reflection first.
Count how many squares it is from the line, then count the same number on the other side.
Check another corner to make sure the whole shape matches.


SHAPE =
💡 Reflection on a coordinate grid: use the line of reflection and count the same number of squares on the opposite side.
If the line is x = something, it is a vertical line.
If the line is y = something, it is a horizontal line.
Pick a corner nearest to the line of reflection first.
Count how many squares it is from the line, then count the same number on the other side.
Check another corner to make sure the whole shape matches.


SHAPE =
💡 Reflection on a coordinate grid: use the line of reflection and count the same number of squares on the opposite side.
If the line is x = something, it is a vertical line.
If the line is y = something, it is a horizontal line.
Pick a corner nearest to the line of reflection first.
Count how many squares it is from the line, then count the same number on the other side.
Check another corner to make sure the whole shape matches.


SHAPE =
💡 Reflection on a coordinate grid: use the line of reflection and count the same number of squares on the opposite side.
If the line is x = something, it is a vertical line.
If the line is y = something, it is a horizontal line.
Pick a corner nearest to the line of reflection first.
Count how many squares it is from the line, then count the same number on the other side.
Check another corner to make sure the whole shape matches.


SHAPE =
💡 Reflection on a coordinate grid: use the line of reflection and count the same number of squares on the opposite side.
If the line is x = something, it is a vertical line.
If the line is y = something, it is a horizontal line.
Pick a corner nearest to the line of reflection first.
Count how many squares it is from the line, then count the same number on the other side.
Check another corner to make sure the whole shape matches.


SHAPE =
💡 Reflection on a coordinate grid: use the line of reflection and count the same number of squares on the opposite side.
If the line is x = something, it is a vertical line.
If the line is y = something, it is a horizontal line.
Pick a corner nearest to the line of reflection first.
Count how many squares it is from the line, then count the same number on the other side.
Check another corner to make sure the whole shape matches.


SHAPE =
💡 Reflection on a coordinate grid: use the line of reflection and count the same number of squares on the opposite side.
If the line is x = something, it is a vertical line.
If the line is y = something, it is a horizontal line.
Pick a corner nearest to the line of reflection first.
Count how many squares it is from the line, then count the same number on the other side.
Check another corner to make sure the whole shape matches.


SHAPE =
💡 Reflection on a coordinate grid: use the line of reflection and count the same number of squares on the opposite side.
If the line is x = something, it is a vertical line.
If the line is y = something, it is a horizontal line.
Pick a corner nearest to the line of reflection first.
Count how many squares it is from the line, then count the same number on the other side.
Check another corner to make sure the whole shape matches.


SHAPE =
💡 Reflection on a coordinate grid: use the line of reflection and count the same number of squares on the opposite side.
If the line is x = something, it is a vertical line.
If the line is y = something, it is a horizontal line.
Pick a corner nearest to the line of reflection first.
Count how many squares it is from the line, then count the same number on the other side.
Check another corner to make sure the whole shape matches.


SHAPE =
💡 Reflection on a coordinate grid: use the line of reflection and count the same number of squares on the opposite side.
If the line is x = something, it is a vertical line.
If the line is y = something, it is a horizontal line.
Pick a corner nearest to the line of reflection first.
Count how many squares it is from the line, then count the same number on the other side.
Check another corner to make sure the whole shape matches.


SHAPE =
💡 Reflection on a coordinate grid: use the line of reflection and count the same number of squares on the opposite side.
If the line is x = something, it is a vertical line.
If the line is y = something, it is a horizontal line.
Pick a corner nearest to the line of reflection first.
Count how many squares it is from the line, then count the same number on the other side.
Check another corner to make sure the whole shape matches.


SHAPE =
💡 Reflection on a coordinate grid: use the line of reflection and count the same number of squares on the opposite side.
If the line is x = something, it is a vertical line.
If the line is y = something, it is a horizontal line.
Pick a corner nearest to the line of reflection first.
Count how many squares it is from the line, then count the same number on the other side.
Check another corner to make sure the whole shape matches.


SHAPE =
💡 Reflection on a coordinate grid: use the line of reflection and count the same number of squares on the opposite side.
If the line is x = something, it is a vertical line.
If the line is y = something, it is a horizontal line.
Pick a corner nearest to the line of reflection first.
Count how many squares it is from the line, then count the same number on the other side.
Check another corner to make sure the whole shape matches.


SHAPE =
💡 Reflection on a coordinate grid: use the line of reflection and count the same number of squares on the opposite side.
If the line is x = something, it is a vertical line.
If the line is y = something, it is a horizontal line.
Pick a corner nearest to the line of reflection first.
Count how many squares it is from the line, then count the same number on the other side.
Check another corner to make sure the whole shape matches.


SHAPE =
💡 Reflection on a coordinate grid: use the line of reflection and count the same number of squares on the opposite side.
If the line is x = something, it is a vertical line.
If the line is y = something, it is a horizontal line.
Pick a corner nearest to the line of reflection first.
Count how many squares it is from the line, then count the same number on the other side.
Check another corner to make sure the whole shape matches.

SHAPE =
💡 Reflection on a coordinate grid: use the line of reflection and count the same number of squares on the opposite side.
If the line is x = something, it is a vertical line.
If the line is y = something, it is a horizontal line.
Pick a corner nearest to the line of reflection first.
Count how many squares it is from the line, then count the same number on the other side.
Check another corner to make sure the whole shape matches.


SHAPE =
💡 Reflection on a coordinate grid: use the line of reflection and count the same number of squares on the opposite side.
If the line is x = something, it is a vertical line.
If the line is y = something, it is a horizontal line.
Pick a corner nearest to the line of reflection first.
Count how many squares it is from the line, then count the same number on the other side.
Check another corner to make sure the whole shape matches.


SHAPE =
💡 Reflection on a coordinate grid: use the line of reflection and count the same number of squares on the opposite side.
If the line is x = something, it is a vertical line.
If the line is y = something, it is a horizontal line.
Pick a corner nearest to the line of reflection first.
Count how many squares it is from the line, then count the same number on the other side.
Check another corner to make sure the whole shape matches.


SHAPE =
💡 Reflection on a coordinate grid: use the line of reflection and count the same number of squares on the opposite side.
If the line is x = something, it is a vertical line.
If the line is y = something, it is a horizontal line.
Pick a corner nearest to the line of reflection first.
Count how many squares it is from the line, then count the same number on the other side.
Check another corner to make sure the whole shape matches.


SHAPE =
💡 Reflection on a coordinate grid: use the line of reflection and count the same number of squares on the opposite side.
If the line is x = something, it is a vertical line.
If the line is y = something, it is a horizontal line.
Pick a corner nearest to the line of reflection first.
Count how many squares it is from the line, then count the same number on the other side.
Check another corner to make sure the whole shape matches.


SHAPE =
💡 Reflection on a coordinate grid: use the line of reflection and count the same number of squares on the opposite side.
If the line is x = something, it is a vertical line.
If the line is y = something, it is a horizontal line.
Pick a corner nearest to the line of reflection first.
Count how many squares it is from the line, then count the same number on the other side.
Check another corner to make sure the whole shape matches.


SHAPE =
💡 Reflection on a coordinate grid: use the line of reflection and count the same number of squares on the opposite side.
If the line is x = something, it is a vertical line.
If the line is y = something, it is a horizontal line.
Pick a corner nearest to the line of reflection first.
Count how many squares it is from the line, then count the same number on the other side.
Check another corner to make sure the whole shape matches.


SHAPE =
💡 Reflection on a coordinate grid: use the line of reflection and count the same number of squares on the opposite side.
If the line is x = something, it is a vertical line.
If the line is y = something, it is a horizontal line.
Pick a corner nearest to the line of reflection first.
Count how many squares it is from the line, then count the same number on the other side.
Check another corner to make sure the whole shape matches.
